Region

`Region` functions and properties

`Region.GetAtRoomXY`

(Formerly known as global function GetRegionAt, which is now obsolete)

static Region* Region.GetAtRoomXY(int x, int y)

Returns the region at ROOM co-ordinates (X,Y). If there is no region there, or if invalid co-ordinates are specified, the Region* representing region 0 will be returned.

Example:

if (Region.GetAtRoomXY(player.x, player.y) == region[0]) {
  Display("The player is not currently standing on a region.");
}

See Also: Region.GetAtScreenXY, Character.GetAtRoomXY, Hotspot.GetAtRoomXY, Object.GetAtRoomXY, GetWalkableAreaAtRoom

`Region.GetAtScreenXY`

static Region* Region.GetAtScreenXY(int x, int y)

Returns the region at SCREEN co-ordinates (X,Y). If there is no region there, or if invalid co-ordinates are specified, the Region* representing region 0 will be returned.

Example:

Region* r = Region.GetAtScreenXY(mouse.x, mouse.y);
if (r != region[0]) {
  Display("The mouse is over region %d", r.ID);
}

will display the message if there is any region under the mouse cursor.

Compatibility: Supported by AGS 3.5.0 and later versions.

See Also: Region.GetAtRoomXY, Character.GetAtScreenXY, Hotspot.GetAtScreenXY, Object.GetAtScreenXY, Game.GetLocationName, GetLocationType

`Region.RunInteraction`

(Formerly known as RunRegionInteraction, which is now obsolete)

Region.RunInteraction(int event)

Runs the event handler as if the EVENT for the region had been activated.

NOTE: Unlike the other RunInteraction commands, this one does not take a cursor mode. Instead, it uses an event type as follows:

0 While player stands on region
1 Player walks onto region
2 Player walks off region

Example:

region[4].RunInteraction(1);

will run the actions defined in the event handler script for "Player walks onto region" for region 4.

See Also: Character.RunInteraction, Hotspot.RunInteraction

`Region.Tint`

(Formerly known as SetRegionTint, which is now obsolete)

Region.Tint(int red, int green, int blue, int amount, optional int luminance)

Changes the region to have RGB tint (RED, GREEN, BLUE) with AMOUNT percent saturation.

The red, green and blue values are between 0 and 255, and you supply the same values that you would use in the editor.

For the meaning of all the parameters, see SetAmbientTint.

NOTE: The tint will be reset when the player leaves the room, so you need to use it in Player Enters Room if you want a permanent change.

NOTE: This function only works in hi-color games.

NOTE: To remove the region tint, set the LightLevel property to 0.

Example:

region[2].Tint(180, 20, 20, 50);

will set region 2's RGB tint to (180, 20, 20) with 50% opacity.

Compatibility: Optional luminance parameter is supported only by AGS 3.4.0 and later versions.

See Also: Region.LightLevel, SetAmbientTint

`Region.Enabled`

(Formerly known as DisableRegion, which is now obsolete)
(Formerly known as EnableRegion, which is now obsolete)

bool Region.Enabled

Enables/disables the specified region. If you set this to false, then all areas of the screen that were previously part of the region now act as type 0 (no region). You can turn the region back on later by setting this to true.

While a region is disabled, it will not be returned by Region.GetAtRoomXY, and if the character walks onto the region then its events will not get run.

Example:

region[3].Enabled = false;

will disable region number 3.

See Also: Hotspot.Enabled, RemoveWalkableArea, RestoreWalkableArea

`Region.ID`

readonly int Region.ID

Gets the region number of this region. This allows you to interoperate with old script using the number-based region functions.

Example:

Display("Region 3 is number %d.", region[3].ID);

displays region 3's number (which will be 3).

See Also: Region.GetAtRoomXY

`Region.LightLevel`

(Formerly known as SetAreaLightLevel, which is now obsolete)

int Region.LightLevel

Gets/sets the region's light level. This does the same thing as the Light Level textbox in the editor, but allows you to change it at run-time.

The light level is from -100 to 100. This is different from the editor, which takes values from 0 to 200. Subtract 100 from the value you would use in the editor when calling this function. The reason for this discrepancy is legacy reasons from the DOS editor days.

In 8-bit games you cannot use positive light level for brightening effect, but you may still use negative values to produce darkening effect.

To disable region lighting and tinting effects, set LightLevel to 0.

NOTE: The light level will be reset to the editor settings when the player leaves the room, so you need to use it in Player Enters Room if you want a permanent change.

NOTE: Setting a light level will disable any RGB tint set for the region.

NOTE: Region's light level does NOT override individual character and object light levels.

Example:

if (GetGlobalInt(10)==1)
    region[2].LightLevel = 100;

will set region 2's level light to 100 if the Global Integer 10 is 1.

See Also: Region.Tint, SetAmbientLightLevel, Character.SetLightLevel, Object.SetLightLevel

`Region.TintEnabled`

readonly bool Region.TintEnabled

Gets whether the region currently has an RGB tint enabled for it.

Returns true if it does, and false if it does not. If it does not, then the LightLevel property reflects the region lighting.

If this property is false, then the TintRed, TintGreen, TintBlue, TintSaturation and TintLuminance properties are invalid.

Example:

if (region[4].TintEnabled) {
  Display("Region 4 is tinted!!");
}

will display a message if region 4 is tinted

See Also: Region.Tint

`Region.TintBlue`

readonly int Region.TintBlue

Gets the Blue setting for the region's current tint.

This property is read-only; to change it, use the Region.Tint command.

NOTE: If the Region.TintEnabled property is false, then this value is meaningless.

Example:

if (region[4].TintEnabled) {
  Display("Region 4 is tinted RGB (%d,%d,%d) Saturation %d.",
          region[4].TintRed, region[4].TintGreen,
          region[4].TintBlue, region[4].TintSaturation);
}

will display a message with the region's tints.

See Also: Region.Tint, Region.TintEnabled, Region.TintGreen, Region.TintRed, Region.TintLuminance

`Region.TintGreen`

readonly int Region.TintGreen

Gets the Green setting for the region's current tint.

This property is read-only; to change it, use the Region.Tint command.

NOTE: If the Region.TintEnabled property is false, then this value is meaningless.

Example:

if (region[4].TintEnabled) {
  Display("Region 4 is tinted RGB (%d,%d,%d) Saturation %d.",
          region[4].TintRed, region[4].TintGreen,
          region[4].TintBlue, region[4].TintSaturation);
}

will display a message with the region's tints.

See Also: Region.Tint, Region.TintEnabled, Region.TintBlue, Region.TintRed, Region.TintSaturation, Region.TintLuminance

`Region.TintRed`

readonly int Region.TintRed

Gets the Red setting for the region's current tint.

This property is read-only; to change it, use the Region.Tint command.

NOTE: If the Region.TintEnabled property is false, then this value is meaningless.

Example:

if (region[4].TintEnabled) {
  Display("Region 4 is tinted RGB (%d,%d,%d) Saturation %d.",
          region[4].TintRed, region[4].TintGreen,
          region[4].TintBlue, region[4].TintSaturation);
}

will display a message with the region's tints.

See Also: Region.Tint, Region.TintEnabled, Region.TintBlue, Region.TintGreen, Region.TintSaturation, Region.TintLuminance

`Region.TintSaturation`

readonly int Region.TintSaturation

Gets the saturation setting for the region's current tint.

This property is read-only; to change it, use the Region.Tint command.

NOTE: If the Region.TintEnabled property is false, then this value is meaningless.

Example:

if (region[4].TintEnabled) {
  Display("Region 4 is tinted RGB (%d,%d,%d) Saturation %d.",
          region[4].TintRed, region[4].TintGreen,
          region[4].TintBlue, region[4].TintSaturation);
}

will display a message with the region's tints.

See Also: Region.Tint, Region.TintEnabled, Region.TintBlue, Region.TintGreen, Region.TintRed, Region.TintLuminance